Russian physicists have discovered a superresolution effect that overcomes the Rayleigh diffraction limit. Learn how this will change microscopy, lithography, and radars. Read details.
Learn about the laser microscope with 0.1 nm resolution: testing completed, application in cancer drug development and chip topology control. Technical details and comparisons.
Explore the phenomenon of tardigrades — microscopic organisms that survive in extreme conditions thanks to unique proteins and genomic features. Learn about Dsup, trehalose and their applications in space medicine and biotechnologies.
A Chinese engineer single-handedly repaired an Intel Core i9 CPU under a microscope for the first time. Is it true and how does nano-soldering change the electronics economy? Read the analysis.
CCM technology with AI detects dementia and Parkinson's disease in minutes through a corneal image. Learn how needle-free scanning will change neurology.
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